In spherical coordınates, p = 4 µC/m³ for 0

Q: Give me example of gauss' law

A: Gauss law helps us to find electric flux through a given closed circuit.

Q: charge configuration in cylindrical coordinates is given by p = (C/m³) in the whole space se Gauss…

A: Given a charge distribution in a cylindrical coordinates :       ρ=-43e-3r Cm3

Q: What are the fluxes in ascending order through the Gaussian surfaces shown O A) I= || <|II < Iv O B)…

A: According to Gauss's law, the flux (Φ) of the electric field through any closed surface is given as…

Q: In the methane molecule, CH4, each hydrogen atom is at the corner of a regular tetrahedron with the…

A: The vectors are found to be A→=0.88i^+1.05j^+0.94k^B→=0.95i^-0.91j^-0.86k^ Suppose that the angle…

Q: In the methane molecule, CH4, each hydrogen atom is at the corner of a regular tetrahedron with the…

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Q: The charge of the condenser Q(t) = ,1(t)dt is the rate of change of the current other words, I = dQ…

A: The question can be easily solved by applying the basic concept of Laplace transformation

Q: Insulator Conductor A solid. linsulating spbere of radius a shown in figure has la total charge…

A: a)  Enclose the region with a spherical Gaussian surface of radius…

Q: Gaussian Gaussian surface for E, surface for Eout (a) () PR

A: According to Gauss theorem Flux linked with close Gaussian surface is 1/ε₀ times charge enclosed

Q: (closed) Gaussian surface encloses 4 Lithium ions (Li+), 8 Chlo- ride ions (Cl−), and 8 neutral…

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Q: 11. Use the divergence theorem to evaluate F-N dS. where F = (ry, yz², zr²), and N is the the unit…

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Q: Can Gauss's theorem reflect the distribution characteristics of field sources in a Gaussian surface?…

A: Yes, Gauss's theorem can reflect the distribution characteristics of field sources in a Gaussian…

Q: Give applications of Gauss's law.

A: The relation between the flux through any closed surface and the total charge enclosed with in the…

Q: What is the uncollided flux density 1 m from a 1 µCi point source of 137Cs if the source is…

A: Flux is independent of shape  It is same for all arbitrary shape. φ=qε0 ϕbeing the flux and q is the…

Q: Re-derive Gauss’s law for the gravitational field, with g → directed positively outward.

A: The acceleration for a mass m in gravitational field is,

Q: Q 2: Prove that in the hexagonal structure the vectors of the inverted lattice are given. According…

A: α*=α=90° β*=β=90° γ*=180-γ   Draw the figure as below.

Q: Given that A=ax + ay + az and B = aax+ay + az if A and B are normal to each other, a is

A: The dot product of two vectors A→ and B→ is:A→.B→=A→B→cosθ………(1)where,θ is the angle between these…

Q: 0, d L , An electron is projected at an angle 0 26° from the horizontal from the point located…

A: Force on charge particle in electric field F = qE  ma = qE  a = qE/m

Q: 1- Consider the following two kets: -3i -9i I w) = 14) = -Si 3 (a) Is | w) and | ø) normalized? If…

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Q: Ti Find the value of Stokes theorem for A = x ay +y a, + z az. The state of the function will be a.…

A: Using the stokes theorem , we will find curl of the function .  If curl of function is zero ;…

Q: Evaluate [[ F · ndS (i.e., find the flux of F across S) where F(x, y, z)=-y, x, z² > and S is the…

A: Given F→ = -yx^ + xy^ + z2k^ x2 + y2 + z2 = 4 as the hemisphere is oriented in the direction of the…

Q: Because the formulas for Coulomb's law and Newton's law of gravity have the same inverse-square law…

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Q: In the methane molecule, CH4, each hydrogen atom is at the corner of a regular tetrahedron with the…

A: The dot product: a→·b→=cosθab Here, a→ and b→ are the vectors and a and b are the magnitude of the…

Q: The normal force is exerted by a surface at an angle that is A to the surface.

A: The normal force is exerted by a surface at an angle that is perpendicular to the surface.

Q: If S surface is closed and that : A=ix+jk+kz prove that: 2.E = spv| where t is the volume enclosed…

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Q: Calculate the Planar Packing Factor (in PERCENT) of the (100) plane of FCC.

A: To find = Planar packaging factor of FCC (100)

Q: GY 91 93 q2 94 95 The figure shows 5 loads. Out of these 5 loads, only qs is outside the Gaussian…

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Q: Discuss and identify at least 2 examples the application of Gauss`s Law.

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Q: If A=rsin(0)a, +rsin(0)a, +rsin(0)a,, determine the flux of A out of the closed surface 1srs2, s0sT,…

A: It is difficult to calculate  the flux through the give surface using integral  int (A.ds) But using…

Q: The figure shows a section through two long concentric cylinders of radii a and b. The cylinders…

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Q: Find the net flux o passing through the following Gaussian surface S. -4µc - 6µC 4μC 5με 9µC

A: Introduction: According to Gauss's law, the total electric flux of a hypothetical Gauss's closed…

Q: Write down the integral and differential forms of Gauss' law in a dielec- tric, defining all…

A: Integral form of Gauss law: Consider two parallel-plate conductors having plane area S, separation d…

Q: -hB O If A=aR+ißP, where a and B are real then [ar+1BP,]is nPx O

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Q: calculate F = V X (-y éxt xěy), which is the form of V × b, where bx = -y, by = x, bz = 0. We have…

A: Let F denotes the curl of the given function, Fx, Fy, and Fz denote the components of the curl.…

Q: Is the net flux through the Gaussian surface positive, negative, or zero?

A: Consider the electric field through the surface A is EA EA = k[(Q/rA+2 ) +(-Q/rA- 2 )] k= 1/(4πεo)…

Q: xxxxxX**** ***********XxX* A cylindrical Gaussian surface surrounds an infinite line of charge.…

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Q: A point particle produces an electric field of modulus E at a point 2 m away. At a point 1 m away…

A: Given  Electric field at a distance 2m from charge is E.

Q: An insulating solid sphere, of radius a, with a uniform volume charge density ρ > 0, is placed…

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Q: Use the appropriate expression for the differential surface area ds to determine the area of each of…

A: Given A = 5x^+5y^-6z^ B = 4x^-4y^ C = 5y^-4z^   ∫[A.(B×C)n^.ds

Q: surface z 2, 0<x<2, 1 nate value for the total cl

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Q: The flux associated with a spherical surface is 10 N m2C1. What will be the flux, if the radius of…

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Q: A Gaussian surface is a closed surface in three-dimensional space through which the electric flux is…

A: Given, a spherical Gaussian surface that has a radius of 0.5 meters and encloses 30 electrons. So,…

Q: Q 2: Prove that in the hexagonal structure the vectors of the inverted lattice are given. According…

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Q: Suppose F(x, y, z) = 3i + 5yj + 52²k. (a) Find the flux of F through the cube in the first octant…

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